Global Heat Resistant Polymer Market Trends
Heat-resistant polymers are utilized as an alternative to conventional materials like metals because they are significantly lighter while still providing excellent strength and durability. In sectors like automotive and aerospace, where decreasing weight can lead to better fuel economy, lower emissions, and higher performance, there is a particular need for lightweight materials. These sectors are using more and more heat-resistant polymers because of their superior mechanical qualities and capacity to tolerate high temperatures, such as polyether ketone (PEEK) and polyimides.
For example, the Japan Advanced Institute of Science and Technology announced in October 2020 that biomass has been used to create the highest heat-resistant plastic ever. The creation of a sustainable society is one of the Sustainable Development Goals. It involves using plastics derived from biomass. The bulk of polymers derived from biomass are not very heat resistant, which restricts their application. Through cooperative research between JAIST and U-Tokyo, a white-biotechnological conversion from cellulosic biomass into aromatic polymers with the highest thermo degradation of all recorded plastics has been successfully established.